An Electric Kettle Is Rated 2.5Kw 250V at Marilyn Stumpf blog

An Electric Kettle Is Rated 2.5Kw 250V. As, energy, e = p × t. Given, power of kettle, p = 2.5 kw. Correct option is b) total unit consumed in two hours. Calculate the (i) energy consumed in si and commercial unit, (ii) cost of running it in the. Given , power of kettle ,. Cost per unit of energy = rs. Time, t = 2 h. = 2.5 × 2 = 5 kwh. Given, power of kettle, p = 2.5 kw voltage, v = 250 v time, t = 2 h as, energy, e = p × t = 2.5 × 2 = 5 kwh. An electric kettle is rated as 2.5 kw, 250 v, find the cost of running the kettle for two hours at 60 paisa per unit. Voltage, v = 250 v. An electric kettle of 2 kw works for 2 h daily. Cost per unit of energy =. An electric kettle is rated 2.5 kw, 250 v. Answered may 9, 2019 by simrank (73.3k points) selected may 10, 2019 by vikash kumar.

An electric kettle is rated 2.5 kw, 250 v. Given, power of kettle, p = 2.5 kw voltage, v = 250 v time, t = 2 h as, energy, e = p × t = 2.5 × 2 = 5 kwh. Energy drawn in 2hours = e = 2.5 x 2 = 5kwh. Answered may 9, 2019 by simrank (73.3k points) selected may 10, 2019 by vikash kumar. The electric kettle in the question is rated '2.5 kw, 250 v' and we are asked to calculate the cost of running it for two hours at. Calculate the (i) energy consumed in si and commercial unit, (ii) cost of running it in the. Find the cost of running the kettle for two hours at rs. = 2.5 × 2 = 5 kwh. Cost per unit of energy =. As, energy, e = p × t.

Best Cordless Electric Kettle Review and Guide

An Electric Kettle Is Rated 2.5Kw 250V Calculate the (i) energy consumed in si and commercial unit, (ii) cost of running it in the. Cost per unit of energy = rs. Cost per unit of energy =. The electric kettle in the question is rated '2.5 kw, 250 v' and we are asked to calculate the cost of running it for two hours at. As, energy, e = p × t. Correct option is b) total unit consumed in two hours. Energy drawn in 2hours = e = 2.5 x 2 = 5kwh. Calculate the (i) energy consumed in si and commercial unit, (ii) cost of running it in the. An electric kettle of 2 kw works for 2 h daily. Answered may 9, 2019 by simrank (73.3k points) selected may 10, 2019 by vikash kumar. Time, t = 2 h. An electric kettle is rated as 2.5 kw, 250 v, find the cost of running the kettle for two hours at 60 paisa per unit. Given, power of kettle, p = 2.5 kw. An electric kettle is rated 2.5 kw, 250 v. Given, power of kettle, p = 2.5 kw voltage, v = 250 v time, t = 2 h as, energy, e = p × t = 2.5 × 2 = 5 kwh. Find the cost of running the kettle for two hours at rs.

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